There are many ways people remember events- stories that are told, books that are written, and sometime monuments to mark important places.
"Trinity Site obelisk. The black plaque on top reads: Trinity Site Where The World's First Nuclear Device Was Exploded On July 16, 1945 Erected 1965 White Sands Missile Range J. Frederick Thorlin Major General U.S. Army Commanding."
Image by Samat Jain - Flickr: Trinity Site Obelisk National Historic Landmark, Public Domain,
On July 16th, 1945 the first atomic bomb was tested in White Sands, New Mexico. This was known as the Trinity test. Between 1945 and 1992 the United States conducted 1,032 tests of nuclear bombs. There were 200 Atmospheric tests where a bomb was detonated in the sky and 800 below the ground. Due to military secrecy the public was not informed of the possible contamination from fallout. These tests, and uranium mining have affected the health of many people in the southwest.
Image from Trinity Site, July 16, 1945.
The Trinity blast and other nuclear tests pushed radioactive particles into the atmosphere where they were spread, sometimes thousands of miles on the wind. These particles fell on grazing land, farms, vegetables, and water sources. People in New Mexico ate produce, meat, and drank water contaminated with radiation. This radiation has been connected to cancer and birth defects.
“In the years after the Trinity Test, people living in nearby Lincoln, Socorro, Otero, and Sierra counties began to report health issues. Diseases such as heart disease, leukemia, and other cancers appeared in families who had no prior history. People who reported these incidents became known as “Downwinders” because they lived near or downwind from the test site.” Trinity Test Downwinders, Manhattan Project National Park. Jade Ryerson, Cultural Resources Office of Interpretation and Education.
After the public learned about the dangers of radiation, and other countries (Russia and China) had similar weapons the United States government issued publication about how the public could be protected from fallout. Because the continued tests were surrounded by secrecy the public was not warned of fallout from tests.
New Mexico is rich in uranium and the Grants district was one of the top ten producers in the world. Miners were not warned of the dangers of radon. Lark Washburn of Grand Junction, Colorado told Congress “I have been mining uranium for many years, but until just a few years ago I had never heard of radon, and I had never met any of her ‘daughters.’” Miners were sent home with contaminated clothing, and discarded rocks from the mines were used to build homes.
“From 1944 to 1986, nearly 30 million tons of uranium ore were extracted from Navajo lands under leases with the Navajo Nation.” EPA
When in an unventilated area, like a mine tunnel, radioactive Alpha particles can accumulate and these are harmful when inhaled. Wind blowing dust from tailing heaps (waste material from mines) sends “radioactive dust from the wastes into populated areas and the wastes can contaminate surface water used for drinking. Some sites also have considerable groundwater contamination.” EPA Before 1980 tailings heaps were not lined, allowing contaminants to enter the groundwater. Inhaling or consuming radiation can lead to cancer of the lungs, bones and impaired kidney function.
The Navajo people were significantly impacted by uranium mining. Many Navajo people worked in the mines and their families lived near the mines or milling operations. There are over 500 abandoned mines on or near the Navajo Nations and many homes and water sources are contaminated with elevated levels of radiation. EPA
“Uranium mining and milling on and near the Reservation has been a disaster for the Navajo people” George Arthur, Chairman, Resources Committee, Navajo Nation Council, 2007
Prospecting for Uranium. Image from Prospecting with a Counter. United States Atomic Energy Commission. Washington, D.C., 1954, page III.
Photo of Jakepile Mine by Bruce Thompson, author of: Environmental Contamination from Uranium Mining & Milling in the Western U.S., Chapt. 15 in Practical Applications of Medical Geology, 3rd ed., R. Finkleman, M. Siegel (eds.), Springer Pubs., pp. 475-523.